Manufacturer of charging systems for electromobility and contract manufacturer of distribution cabinets, protective cabinets and sheet steel enclosures
Stöhr GmbH Metalltechnologie
Königsbach-Stein (DE)New on Amplifa
Metal technology and electromobility from a single source
Stöhr GmbH Metalltechnologie was founded in 1970 in Königsbach-Stein (Baden-Württemberg) and is today a medium-sized, owner-managed company with around 60 employees. Traditionally, Stöhr operates as a contract manufacturing service provider in metalworking and is one of the established manufacturers of distribution cabinets for surface heating and sanitary systems, protective cabinets for laboratory suppliers, as well as enclosures and claddings – from simple cover hoods to complex claddings for heating, ventilation technology and mechanical engineering. Since 2011, the company has also developed and produced charging systems and charging stations for electromobility; the current production capacity is 200–254 charging points per month depending on the configuration. The range of services includes technical consulting, project planning including dynamic load management, assembly and commissioning, foundation construction (screw pile and concrete foundations) as well as operation, billing, maintenance and first-level support of the charging infrastructure. Customers come from sectors such as fleet operators, residential housing, hospitality, business parks and public institutions.
- Site
- Königsbach-Stein
- Processes
- Metalworking (contract manufacturing service provider), Manufacture of distribution cabinets for surface heating and sanitary systems, Manufacture of protective cabinets for laboratory suppliers, Production of enclosures and claddings (cover hoods to complex claddings), Production of charging systems / charging stations for electromobility, Foundation construction (screw pile foundation without concrete, concrete foundation), Electrical installation and assembly of charging points (wall/floor), Project planning and design of charging infrastructure incl. dynamic load management
- Materials
- Sheet steel, Steel, Concrete
- Founded
- 1970
- Employees
- 60
- Industries
- Companies (fleets), Residential housing, Hotels and gastronomy, Business parks / real estate, Public institutions, Metalworking / distribution cabinets for surface heating and sanitary systems
- 01
Technical consulting
- 02
Project planning
- 03
Metalworking
- 04
Assembly
- 05
Commissioning
- 06
Support and maintenance
Materials and processes
Sheet steel
Material for distribution cabinets, protective cabinets and enclosures in the contract manufacturing segment.
Steel
Used for foundation anchors and installation structures for charging systems.
Concrete
Used in the construction of concrete foundations for charging stations.
Sites
Königsbach-Stein
DEHeadquarters (production/administration)
- Materials
- Sheet steel
Products and components
Inside the production
Industries
Processes & technical limits
| Processes | Tolerance | Max. part | Weight | Lot size | Materials |
|---|---|---|---|---|---|
| Metalworking (contract manufacturing service provider)Machining | – | – | – | – | – |
| Manufacture of distribution cabinets for surface heating and sanitary systemsAssembly | – | – | – | – | Sheet steel |
| Manufacture of protective cabinets for laboratory suppliersAssembly | – | – | – | – | – |
| Production of enclosures and claddings (cover hoods to complex claddings)Assembly | – | – | – | – | – |
| Production of charging systems / charging stations for electromobilityAssembly | – | – | – | – | – |
| Foundation construction (screw pile foundation without concrete, concrete foundation)Assembly | – | – | – | – | Concrete, Steel |
| Electrical installation and assembly of charging points (wall/floor)Assembly | – | – | – | – | – |
| Project planning and design of charging infrastructure incl. dynamic load managementEngineering | – | – | – | – | – |
Additional services
History
- 1970
Foundation of Stöhr GmbH Metalltechnologie in Königsbach-Stein
- 2011
Development and production of charging systems for electromobility